Answer: None; all will be recoverable
Explanation:
If a signal (band-limited) is sampled at regular intervals, it could be recoverable or not, based on the number of samples taken.
Let's assume that we want to take samples of a simple sinusoid; If we take more than two samples during a signal cycle, the original waveform will be able to be reconstructed, just passing the sampled waveform through a low-pass filter.
In the more general case in which the signal occupies a frequency spectrum, if the sample frequency is greater than the double of the highest frequency in the spectrum, the signal can be retrieved completely, according to the Nyquist Theorem.
In this case , as the highest frequency is 145 Hz, it would be enough to take samples at a rate greater than 290 Hz; As the sample rate is 295 Hz, all the signal can be recovered, at least, using an ideal "brickwall" low-pass filter.
number = float(input("Enter a number: "))
if number >= 0:
print(number**0.5)
I hope this helps!
Explanation:
The said action sof removing cflynn from HR group and keeping in other can be done by following;
First open the command prompt, type user group name of cflynn. Upon pressing enter a list of all group in which cflynn belongs would be displayed.
We see that Cflynn belong sto mgmt1 group
Now to change its status in this group; Type usermod -G mgmt1,it cflynn and press Enter to take out cflynn from this group
To keep him in other groups, type the usermod -G command enlisting all groups to which cflynn must belong.
Answer:
def language(mystring, n):
if n > 0:
string_list = [x for x in mystring]
string_cont = ""
for character in string_list:
string_cont += character * n
print(string_cont)
Explanation:
When n is equal to 0, that is, n=0, The python program multiplies the characters of the string "mystring" by the integer variable "n" to output a string with all characters with the same count.
Explanation:
As it progresses high around an atmosphere, the amount of power through each tropic stage reduces. Little enough as 10% including its power is passed towards the next layer at every primary producers; the remainder is essentially wasted as heat by physiological activities.
